Healthcare Facility Design Standards 2026-27: Hospitals, Clinics & Labs in Pakistan

Healthcare facility design standards set the minimum requirements that hospitals, clinics and laboratories must meet to keep patients and staff safe. In Pakistan there is no single rulebook that covers everything. Instead, owners and designers combine national building codes, provincial healthcare commission requirements, local development authority by-laws and recognised international standards for ventilation, fire safety, medical gases and radiation protection. Understanding how these fit together is essential before design starts, because changing a layout after construction is expensive and can delay licensing. This guide summarises the healthcare facility design standards most relevant in 2026-27 for hospitals, clinics and diagnostic laboratories in Pakistan, explains what each covers, and shows how to apply them in practice.

Why Design Standards Matter

Standards are not paperwork. They encode lessons learned from fires, outbreaks, earthquakes and clinical errors. A facility designed to them is safer, easier to license and easier to operate. Ignoring them usually leads to one of three outcomes: rejection at licensing, expensive changes after construction, or a building that is unsafe to use. In Pakistan, growing private healthcare investment and stricter enforcement by healthcare commissions mean owners can no longer treat standards as optional.

1. Planning and Layout Standards

Zoning and flows

Good healthcare layouts separate public, clinical, support and service zones. Patients, visitors, staff, clean supplies, dirty linen, waste and bodies should move on separate routes where possible. Emergency and imaging should be close to each other, theatres close to ICU and CSSD, and wards linked to theatres by bed lifts.

Space standards

Rooms need enough space for staff to work around the patient and for equipment. Bed spacing in wards, clearances around ICU beds and theatre tables, and corridor widths for bed movement are core requirements. Doors must be wide enough for beds and trolleys.

Accessibility

Ramps, accessible toilets, lifts and clear signage are needed for patients with limited mobility, wheelchairs and stretchers.

2. Structural and Seismic Standards

The Building Code of Pakistan sets structural design requirements, including seismic zoning. Hospitals are essential facilities that should remain usable after an earthquake, so higher performance is appropriate. Non-structural elements such as ceilings, partitions, pipes, ducts and heavy equipment must be braced, because their failure can close a hospital even when the frame survives.

3. Fire and Life Safety Standards

Hospital patients may be unable to move, so evacuation relies on horizontal movement to protected compartments rather than immediate use of stairs. Key requirements include fire compartments with rated walls and doors, smoke control, automatic detection and alarm, sprinklers where required, protected escape routes and emergency lighting. Oxygen-rich environments around medical gas outlets add risk and must be considered.

4. HVAC and Ventilation Standards

Ventilation controls infection as well as comfort. ASHRAE 170 sets air-change rates, filtration, temperature, humidity and pressure relationships for healthcare spaces.

5. Electrical and Power Standards

Power cuts are common in Pakistan, so hospitals need standby generators with automatic transfer, UPS for critical loads, separate essential circuits and, in theatres and ICUs, isolated power systems with monitoring. Earthing and equipotential bonding protect patients connected to electrical equipment.

6. Medical Gas Standards

Oxygen, vacuum, medical air and anaesthetic gases need duplicated sources, area alarms, zone valve boxes and correctly specified pipework installed and tested by trained specialists. See our guide to medical gas pipeline systems to HTM 02-01.

7. Infection-Control Finishes

Clinical areas need seamless, non-porous, cleanable floors with coving, washable or clad walls, sealed ceilings in clean areas and hands-free fittings. Hand-wash stations must be placed where care happens. See hygienic materials for OT and ICU.

8. Waste and Water

Hospital waste must be segregated, stored and disposed of under provincial hospital waste management rules. Designs need dedicated waste rooms, separate routes and, for larger facilities, arrangements for treatment. Water systems require storage, treatment and, for dialysis and sterilisation, specially treated water.

9. Vertical Transport and Access

Multi-storey hospitals depend on lifts. Standards and good practice call for at least one bed lift large enough for a patient bed with staff and equipment, with separate lifts for visitors and, in larger hospitals, for services such as food, linen and waste. Fire-fighting and evacuation lifts may be required in tall buildings. Lift lobbies should not block corridors, and lift capacity must be planned for peak visiting hours.

10. Key Department Requirements

Emergency department

Covered ambulance bay, separate walk-in entrance, triage close to arrival, resuscitation bays with full medical gas and power, and direct links to imaging.

Operation theatres

Controlled zones from unrestricted to sterile, scrub areas, recovery, sterile stores and a clear route to CSSD. See our article on ICU and operation theatre design standards.

ICU

Adequate space around each bed, central nursing observation, isolation rooms, pendants for gases and power, and natural light where possible.

Maternity and neonatal units

Labour rooms with privacy, a theatre for caesarean sections nearby, newborn resuscitation areas and secure neonatal units with access control.

Standards by Facility Type

How to Apply Standards in a Project

Common Compliance Failures

• Converting houses or commercial buildings into hospitals without checking structure, fire escapes and lift access
• Operation theatres without proper air handling or pressure control
• Missing or poorly placed hand-wash stations
• Inadequate generator capacity or no UPS for critical equipment
• X-ray rooms built without approved shielding design
• No dedicated waste storage or routes

How ACCO Applies These Standards

ACCO, based in Gulberg-III, Lahore since 1998, designs and builds hospitals, clinics and laboratories with these standards built into the brief from the first meeting. Our approach is described in modern hospital construction techniques in Pakistan, and our full offer is on the hospital construction contractor page. For new projects, a feasibility study confirms which standards apply before design begins.

Frequently Asked Questions

Conclusion

Healthcare facility design standards in Pakistan come from several sources, but together they describe a safe, workable building. Identify the services first, check licensing requirements, coordinate design across all disciplines and test every system before opening. Facilities built this way pass inspection more easily and serve patients better for decades. Call ACCO on 0322-8000190 to discuss your project.